Titlebook: Bioremediation of Industrial Waste for Environmental Safety; Volume II: Biologica Ram Naresh Bharagava,Gaurav Saxena Book 2020 Springer Nat

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Forgiveness, Conflict, and Societal Change, plant types, plant microbes’ interactions, climatic condition and flow rate of wastewater etc. The overall conclusion of this book chapter will contribute to the development of phyto-technology for industrial wastewater and other associated industrial problems.

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laceration

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Top-Down Workplace Diversity and Inclusiony. During last few decades, several physical and chemical methods have been developed with the aim to use as pre- and posttreatment method. However, application of this technology at large scale is costly. Therefore, bioremediation which involve the use of pollutant-specific microorganism for wastew

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Top-Down Workplace Diversity and Inclusions can be used at the site of contamination (in situ) or off the contamination site (ex situ) for remediation. Combining both microorganisms and plants is an approach to bioremediation that ensures a possible solution for heavy metal pollution since it includes sustainable remediation technologies to

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Aikaterini Grimani,George Gotsisacteria are inexpensive; they can maintain their growth without the addition of nutrients. They are known to inhabit in various aquatic and highly polluted environment and acquired natural resistance against environmental pollutants. Cyanobacteria are efficient in the assimilation of organic matter

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,“Top Fives” of Chairing a Board in Europe,agment length polymorphism (TRFLP), single-strand conformation polymorphism (SSCP), and ribosomal intergenic spacer analysis (RISA) can be selectively employed in microbial flora and ecology research. Recent methods such as genotypic profiling, metagenomics, ultrafast genome pyrosequencing, metatran